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    • 42. 发明授权
    • Vibration correction system for a camera
    • 相机振动校正系统
    • US06272288B1
    • 2001-08-07
    • US09251417
    • 1999-02-17
    • Yoshihiro TakeuchiHidenori MiyamotoIsao SoshiMinoru KatoJunichi Omi
    • Yoshihiro TakeuchiHidenori MiyamotoIsao SoshiMinoru KatoJunichi Omi
    • G03B1700
    • G03D5/00G03B2205/0015G03B2205/0053G03B2217/005
    • A vibration correction system for a camera using a correcting lens driven by a reduction gear train attached to a motor. Image deflection, originating from vibration and the like of the camera, is prevented by shifting the correcting lens. A movement detector, to detect the amount of movement of the correcting lens, is arranged near the drive shaft of the motor or near the first couple of gears of the reduction gear train. After the correcting lens has been driven, the connecting lens is reset to a predetermined standard position, based on the output of the movement detector. By placing the movement detector on or near the drive shaft, a high resolving power is obtained. Accordingly, the correcting lens can be shifted with fine precise movements, and accurate correction of image deflection becomes possible.
    • 一种用于使用由附接到电动机的减速齿轮系驱动的校正透镜的照相机的振动校正系统。 通过移动校正透镜来防止来自照相机的振动等的图像偏转。 用于检测校正透镜的移动量的移动检测器设置在电动机的驱动轴附近或减速齿轮系的第一对齿轮附近。 在校正透镜被驱动之后,基于移动检测器的输出将连接镜片复位到预定的标准位置。 通过将移动检测器放置在驱动轴上或附近,获得高分辨能力。 因此,可以精确地移动校正透镜,并且可以精确地校正图像偏转。
    • 43. 发明授权
    • Magnetic head element, magnetic head, pressure plate using magnetic head
element or magnetic head, and camera using pressure plate
    • 磁头元件,磁头,使用磁头元件或磁头的压板,以及使用压力板的相机
    • US6157786A
    • 2000-12-05
    • US379610
    • 1999-08-24
    • Minoru KatoMasayuki FujimuraMasato Odagiri
    • Minoru KatoMasayuki FujimuraMasato Odagiri
    • G03B1/48G03B17/24G11B5/105G11B5/127G11B5/187G11B15/62G11B5/227
    • G03B1/48G03B17/24G03B2217/244G11B15/62G11B5/105
    • A first magnetic core has a first portion that determines the track width, a second portion extending from the first portion substantially vertically, a third portion that extends from the second portion substantially vertically and is longer than the first track width, and a fourth portion extending from the third portion substantially vertically. The first to fourth portions form a substantially rectangular ring-like shape with its portion between the first and second portions being notched. A second magnetic core has a fifth portion longer than the first track width, a sixth portion extending from the fifth portion substantially vertically, and a seventh portion extending from the sixth portion substantially vertically. The fifth to seventh portions form substantially the shape of letter C. The first and second magnetic cores are joined to each other so that the first and fifth portions are joined through a gap spacer, the outer circumferential surfaces of the first and fifth portions form a surface to be brought into slidable contact with a magnetic medium, and at least parts of the third and seventh portions and at least parts of the fourth and sixth portions are respectively stacked and joined to each other.
    • 第一磁芯具有确定轨道宽度的第一部分,从第一部分基本垂直延伸的第二部分,第三部分从第二部分基本上垂直延伸并且比第一轨道宽度长;第四部分延伸 从第三部分基本垂直。 第一至第四部分形成大致矩形的环状,其第一和第二部分之间的部分被切口。 第二磁芯具有比第一磁道宽度长的第五部分,从第五部分基本垂直延伸的第六部分,以及从第六部分基本垂直延伸的第七部分。 第五至第七部分基本上形成字母C的形状。第一和第二磁芯彼此接合,使得第一和第五部分通过间隙隔离物接合,第一和第五部分的外圆周表面形成 表面被与磁性介质滑动接触,并且第三和第七部分的至少一部分以及第四和第六部分的至少一部分分别彼此堆叠和接合。
    • 45. 发明授权
    • Camera equipped with a device for focus adjustment during times of
camera vibration and the like
    • US5826114A
    • 1998-10-20
    • US801184
    • 1997-02-18
    • Hidenori MiyamotoMinoru KatoJunichi OmiIsao Soshi
    • Hidenori MiyamotoMinoru KatoJunichi OmiIsao Soshi
    • G02B27/64G03B5/00H04N5/232G03B13/34
    • H04N5/23287G02B27/646G03B5/00H04N5/23248G03B2205/0015G03B2205/0053G03B2217/005
    • A camera includes, but is not limited to, a focus adjustment optical system such as a zoom or a non-zoom type optical system, for example, an actuator generating a drive force which moves the focus adjustment optical system, a transmission mechanism transmitting the drive force from the actuator to the focus adjustment optical system, a drive amount detection mechanism detecting an amount of drive of the focus adjustment optical system caused by the actuator; and wherein the actuator, the transmission mechanism and the drive amount detection mechanism are disposed in the camera in a position which is on the outer circumference of the aforementioned focus adjustment optical system and which is on a long side of an aperture that forms light fluxes into a rectangular shape to become incident on a film surface. Also provided is a camera that includes, but is not limited to, a variable power device conducting focus distance variable power operations based on multiple photographic lens groups by moving the multiple photographic lens groups in a direction of their optical axes, a vibration detection device to detect a vibration and to generate vibration signals in relation thereto, a vibration compensation device to correct vibration corresponding to the vibration detection signals from the vibration detection device and wherein the variable power device houses the vibration compensation device inside a main cover of a camera body when the camera is not in use and wherein the vibration compensation device is made to extend to a position outside of the main cover of the camera to a specified region when the camera is in use. Finally, a camera is provided that includes, but is not limited to, a lens groups positioned along an optical axis, a drive device changing a distance between a first lens group of the lens groups and the lens groups. The drive device includes an actuator and a displacement transmission device. The drive device is positioned in the camera along an exterior circumference of a second lens group of the lens groups. The second lens group is closest to an image forming plane.
    • 47. 发明授权
    • Rotary motion detector
    • 旋转运动检测器
    • US5708266A
    • 1998-01-13
    • US654784
    • 1996-05-28
    • Isao SoshiHidenori MiyamotoMinoru KatoJunichi OmiTatsuo AmanumaToshiyuki Nakamura
    • Isao SoshiHidenori MiyamotoMinoru KatoJunichi OmiTatsuo AmanumaToshiyuki Nakamura
    • G03B17/00F02B75/02G01D5/347G03B5/00H04N5/232G01D5/34
    • G01D5/34707F02B2075/027G03B2205/0015G03B2205/0053
    • An apparatus to detect the amount and direction of rotary motion for use in a vibration compensation system in an optical camera. An indicator disk is provided around the output shaft of a motor which actuates a compensation lens to compensate for vibrations to the camera. The periphery of the indicator disk is provided with a series of holes. A pair of photodetectors, are arranged on the periphery of the disk so as to detect the holes passing thereunder. The two photodetectors are separated by a distance equal to 3/4 of the distance between two holes. By comparing the pattern of signals emitted by the photodetectors the direction of rotation of the indicator disk can be determined. Further, the pulses in the output of either photodetector can be counted to determine the amount of movement. The actual direction and amount of movement as calculated is provided to a vibration compensation circuit as feedback for use in controlling the compensation lens.
    • 一种用于检测用于光学相机中的振动补偿系统中的旋转运动的量和方向的装置。 在马达的输出轴周围设置指示盘,其驱动补偿透镜以补偿相机的振动。 指示盘的周边设置有一系列孔。 一对光电检测器布置在盘的周边上,以便检测通过其的孔。 两个光电探测器之间的距离等于+ E,3/4 + EE之间的距离。 通过比较由光电检测器发射的信号的图案,可以确定指示盘的旋转方向。 此外,可以对两个光电检测器的输出中的脉冲进行计数以确定移动量。 计算出的实际运动方向和运动量被提供给作为用于控制补偿透镜的反馈的振动补偿电路。
    • 48. 发明授权
    • Camera having visual line detecting device and method of photography
performed thereby
    • 具有视线检测装置的相机和由此进行的摄影方法
    • US5570158A
    • 1996-10-29
    • US371485
    • 1995-01-11
    • Hiroshi WakabayashiYuji KatanoMinoru Kato
    • Hiroshi WakabayashiYuji KatanoMinoru Kato
    • G02B7/28G03B13/02G03B13/36G03B7/00
    • G02B7/287G03B2213/025
    • This camera includes a viewfinder and a device (4) for detecting the visual line of a photographer looking through the viewfinder, an operation member (1), (8) such as a release button which is operated by the photographer to take a photograph, a means (2) for inputting calibration information, and a means for performing photography (5), (6), (7). The calibration information input means (2) operates in response to the operation of the operation member (1), (8), and inputs and stores calibration information when the photographer fixates on a target mark (3, b) visible within the viewfinder, based upon the visual line detected at that time by the visual line detection means (4). The object intended by the photographer to be photographed is detected and photographs it, based upon the visual line detected by the visual line detection means (4) and the stored calibration information.
    • 该相机包括取景器和用于检测通过取景器观看的摄影机的视线的装置(4),由摄影者操作拍摄照片的操作构件(1),(8),诸如释放按钮, 一种用于输入校准信息的装置(2),以及用于进行拍摄的装置(5),(6),(7)。 校准信息输入装置(2)响应于操作构件(1),(8)的操作而操作,并且当摄影者固定在取景器中可见的目标标记(3,b)上时输入和存储校准信息, 基于视线检测装置(4)检测到的视线。 基于由视线检测装置(4)检测到的视线和存储的校准信息,检测要拍摄的摄影者想要的物体并拍摄它。
    • 49. 发明授权
    • Camera having anti-vibration function with improved connection and
placement of anti-vibration components
    • 相机具有防振功能,改善了防振部件的连接和布置
    • US5557357A
    • 1996-09-17
    • US356002
    • 1994-12-14
    • Isao SoshiHidenori MiyamotoMinoru KatoJunichi OmiTatsuo AmanumaJirou AsamiYoshio Imura
    • Isao SoshiHidenori MiyamotoMinoru KatoJunichi OmiTatsuo AmanumaJirou AsamiYoshio Imura
    • G03B17/00H04N5/232G03B17/02
    • H04N5/2329G03B17/00H04N5/23248H04N5/23258H04N5/23287G03B2205/0015G03B2205/0053G03B2217/002G03B2217/005
    • A camera having improvements in (a) the placement of anti-vibration sensors, (b) the connection between components of an anti-vibration mechanism, (c) the connection between the anti-vibration mechanism and external testing devices and (d) the connection of the camera to a tripod. The camera body has first and second ends and a photographic lens which is positioned on the camera body between the first end and the second end. A battery compartment, first and second anti-vibrations sensors and a main capacitor are all positioned in the first end of the camera body. The first anti-vibration sensor is positioned between the battery compartment and the photographic lens. The first and second anti-vibration sensors reside on the same sensor card and the sensor card has a connector mounted thereon. An anti-vibration CPU resides on a separate, flexible printed circuit card and is connected to the anti-vibration sensors by inserting a potion of the flexible printed circuit card into the connector on the sensor card. Communication terminals are provided inside the camera for allowing external testing equipment to communicate with the anti-vibration sensors and the anti-vibration CPU. Moreover, the shutter release button is on the top of the camera and a tripod is fixed to the bosom of the camera so that depression forces from the pressing of the release switch are transferred to the tripod and do not cause the camera to vibrate.
    • (a)抗振动传感器的放置,(b)防振机构的部件之间的连接,(c)防振机构和外部测试装置之间的连接以及(d) 将相机连接到三脚架。 相机主体具有第一端和第二端以及在第一端和第二端之间位于相机主体上的摄影镜头。 电池仓,第一和第二抗振动传感器和主电容器都位于照相机主体的第一端。 第一个防振传感器位于电池盒和摄影镜头之间。 第一和第二防振传感器位于相同的传感器卡上,并且传感器卡具有安装在其上的连接器。 防振CPU位于单独的柔性印刷电路卡上,并通过将柔性印刷电路卡的一部分插入到传感器卡上的连接器中而连接到防振传感器。 通讯端子设置在摄像机内部,用于允许外部测试设备与防振传感器和防振CPU通讯。 此外,快门释放按钮位于相机的顶部,并且三脚架固定到相机的胸部,使得来自释放开关的按压的凹陷力传递到三脚架,并且不会使照相机振动。